Ebooki / SGT-Volume4

Searl knowledge 537:

The gentleman in the red top is the good guy a wonderful chap, extremely clever. The 2 in front are criminal who not only stole £38,000.00 + of my equipment while they had me put into hospital so that they could carry out this robber without Searl being able to stop them. They also committed fraud and deception of the public therefore should go to prison for no less than 25 years. Ken on the right is head of a religious which had been outlaw in the UK, and hated in Germany. Both their IDs were faked.

This photo was taken in Germany during December 1997. Searl confirms that he has movies of them making fraud statements to one of his ex-workers who in the same clip stated that he try to sell the technology to Shell, but they were not interested in the technology.

Searl states that in most materials, an increase in temperature causes an increase in resistance. Searl informs you that materials which respond in this way are said to have a positive temperature coefficient. Searl says that if a material has a positive temperature coefficient, its resistance increases as temperature increases and decreases as temperature decreases. Searl reminds you that there are a few substances such as carbon C. 6. Have a negative temperature coefficient. This means that their resistance decreases as temperature increases. Searl points out that there are also materials whose resistances do not change at all with temperature. Searl inform you that these are materials are said to have a zero or constant temperature coefficient.

Searl accepts that in most simple circuits, the temperature coefficients of the components are not critical and are simply ignored. However, in some circuits the temperature coefficients are important and they must be considered in the design. Searl says however, the temperature characteristics are not always troublesome. A device called a thermistor uses these characteristics to great advantage. Searl is presenting his knowledge which may differ to yours; depending on which school he was trained in. Such as Reading and the Open University, naval school, air training school. And employment: which required Searl to undertake course with BIET, Bennett College and the ICS college. Air training Cadets etc. there was other night schools which Searl studied with. From this it is clear that on the YouTube are slander remarks and conning the public at large to stop Searl technology from reaching the marketplace.

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Searl knowledge: 1946-1968: Legal: SEARL NO: 013787346: Legal: SEARLE NO: 013787451.

This equipment should be here from the UK, but not yet set up to function.

Searl states that if all other things being equal, the resistance of a substance is inversely proportional to its cross-sectional area. If the cross-sectional area doubles, the resistance drops to one half of its former value. Also, if the area triples, the resistance drops to one third.

Temperature:

Searl reminds you when defining resistivity, the length and cross-sectional area are carefully defined because they affect resistance. The temperature is also carefully defined for the same reason. That is, with most materials, the resistance changes if the temperature changes. With changes in length and cross-sectional area, we know exactly how the resistance will change. Not only that, but all materials change resistance in the same way. However, with changes in temperature, this is not the case. Not all materials change resistance in the same direction or by the same amount when temperature changes,

By now you should be able to understand that there are a few people determined to steal this technology as I shall expose them for what they are. The wrong they are doing you, with lies, conning you to get you to fund them with the rights which they do not have. Page 650©

Searl knowledge: 1946-1968: Legal: SEARL NO: 013787346: Legal: SEARLE NO: 013787451.

Bradley K. Lockerman: Fraud claiming the STI owes it when it does not, to raise funds. Just one more of a number of crimes; which he is committing. This is worse than the case at the top of the page. Not only has he actually stolen property of SMI, but been in association with EX-STI of theft. He claim to be my friend, he sure is not the kind of friend which I need.

Cross-Sectional Area:

The cross-sectional area of a conductor is determined by its thickness or its diameter, Searl has shown that a good conductor have a large number of free electrons. In fact, the more free electrons per unit length, the better the conductor will be. Obviously then, a large diameter conductor has more free electrons per unit of length than a small diameter conductor of the same material. Therefore, large diameter conductors have less resistance than small diameter conductors.

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Searl knowledge: 1946-1968: Legal: SEARL NO: 013787346: Legal: SEARLE NO: 013787451.

This is a part of a set replacement that was stolen by Peter King and his gang of robbers, which has shot the cost of the S.E.G. up by thousands. This set should now be here waiting to be set up to use. Since it was replace it has not yet seen power connected to it,

Searl states that as there are 12 roller sets on the first plate; he has given you 12 samples to study in order of 1 to 12.

Such mathematics can be used in many different subjects. In

This case it’s converting Ω to mhos, like resistance to conductance to mhos. Searl states as a fact, with any material, the greater the length, the higher the resistance will be. The reason for this is that the electrons must travel further through the resistance medium. Searl points out if the length doubles the resistance doubles: if the length triples, the resistance triples: and so forth. Searl trust that he has made this condition clear to all. Page 653©

Searl knowledge: 1946-1968: Legal: SEARL NO: 013787346: Legal: SEARLE NO: 013787451.

Here is the proof that I have inspected the USS Midway. I am wondering if anyone is still living that served on this ship during WWII who has a photo of themselves that can give detail facts of what life was really like then. Most people today have no knowledge what it was like. I myself only know the last few months of the war, but only from the British side of the war. But then, I knew more about the air then the sea, even if the sea was part of training. Sea rescue motor torpedo boats and short body Sunderland’s.

Searl says that he has not forgotten all of you who want help with mathematics. Searl like to make it clear how to convert resistance to mhos. First resistance is the ohm presented as this = Ω and its conductance is presented by this = mho. Therefore, a mho = 1 is divided by the resistance. Thus,

Thus 1 mho is divided by 1 resistance of 1 ohm = 1 mho. In other words 1/1 = 1mho. _1 0.5 0.333’ 0.25 0.2 0.166’

If this equipment is not here; in the container from the UK, then it stolen, it will cost thousands to replace and add the cost of it being replaced to the one before, which was stolen by Peter King. We are talking about a very large sum of money. All of which increases the cost of the S.E.G.

Searl knowledge: 1946-1968: Legal: SEARL NO: 013787346: Legal: SEARLE NO: 013787451.

Canon Lens: EF 28-300 F/3.5 – 5.6l IS USM. Ordered 14th July 2004 cost £2,049.99 + VAT at

17.50% + PP = £6.99 + VAT. Last used in Somerset late November 2013 and then it vanished never seen it since. If it turns up here in the container of my property I will be surprised. It covers from wide to telephoto ¿ instantly. Frame your shots at will with revered L-Series quality: Approx., 11 x zoom with Image stabilizer and silent, fast auto focus. Ultimate quality: ultimate versatility. I paid by Visa, Thus, I have both visa and banks statement to confirmed that I did buy this; in fact for the second time, and may have to buy it again for the third time. Which means the cost of the S.E.G. is mounting by theft.

However, it is important to remember the mho because a key characteristic of the vacuum tube and the field-effect transistor is given in mhos.

Factors Determining Resistance:

Searl says that the single most important factor in determining resistance is the resistivity of the material. However, three other factors are also important. These are the length; the cross-sectional area and the temperature of the material. This is the reason that these three variables had to be carefully defined in order to determine resistivity. Searl says let’s discuss each of these in more detail.

Length: The insulated wire with this course, which Searl had, was a number 22 copper Cu 29 wire. A 60-foot length of this wire has a resistance of about I ohm. Searl points out a 120-foot length of the same wire have a resistance of about 2 ohms. Searl states that if we also double the length of the wire, we also double the resistance. In other words, the resistance of a conductor is directly proportional to its length.

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